field campaign and information resources of the frost-2014 ... · wwrp fdp/rdp project frost-2014...

Hydrometcentre of Russia,

Moscow, Russian Federation

Field campaign

and information

resources

of the

FROST-2014

project

Dmitry Kiktev, Elena Astakhova,

and Michael Tsyrulnikov

EMS-2014, Prague

Winter Olympics challenges

Seamless approach

Olympics: from Vancouver to Sochi

WWRP projects : from SNOW-V10 to FROST-2014

•Steep orography

•Sharp weather contrasts and high spatial and temporal variability

Krasnaya Polyana

Adler

Sochi

Coastal cluster

Mountain cluster

WWRP FDP/RDP project FROST-2014 (Forecast and Research in the Olympic Sochi Testbed 2014)

Project leader: Dmitry Kiktev (Russia) Goals:

• To develop a comprehensive information resource of alpine winter weather observations;

• Improve and exploit forecasts in complex terrain – High-resolution forecasts

– ensemble forecasts

– Nowcasts of high impact weather phenomena

• Improve understanding of physics of high impact weather phenomena in the region

• Deliver forecasts in real time to Olympic forecasters and decision makers and assess benefits of forecast improvement

under supervision of the WWRP WGs on Nowcasting, Mesoscale Forecasting,

Verification Research

FROST-2014 team Participants from

•10 countries (Austria, Canada, Finland, Germany, Italy, Korea, Norway,

Russia, Switzerland, USA )

•3 consortia (COSMO,HIRLAM, ALADIN)

The next meeting will be in Moscow on October 29-31, 2014

FROST meetings

2011

Sochi

2012

Moscow

2013

Saint-Petersburg

Observational network: automatic meteorological stations

(AMS)

-More than 40 AMSs

(different providers);

-Data control

(T, humidity, wind, Pmsl )

Check of limits;

Spatial control - for observations

at 00, 03, 06 ..21 UTC;

Temporal control – for 10-minute

observations;

QC with respect to COSMO-Ru2

forecasts (works better for

temperature than for humidity);

Manual control (still continued)

The Olympic sport venues

• Each venue has one basic station and 1-4 supplementary stations

• Each basic station has a fixed set of sensors

• Supplementary stations have variable sets of sensors

Vaisala C-band Doppler radar WRM200 on Akhun

mountain in Sochi operates continuosly since October 2012

• Max reflectivity;

• Horizontal sections of

reflectivity at different

altitudes from 1 to 12 km

(CAPPI)

• height of cloud tops

• precip&wind

• Vertical velocity processing

• Map hazards

Altitude – 646 m

Location:

43о32’52,6 ״N, 39о51״05,0׳E.

+ 2 Turkish and

+2 Ukrainian

dual-pol Doppler

radars

Composite maps: usage of Turkish and Ukrainian data

Reflectivity: radar composite Akhun-

Samsun-Trabzon-Simferopol

Central Aerological Observatory

Russia

Rain intensity/Reflectivity:

Black Sea composite map

(Akhun+Simferopol+Samsun

+Trabzon+ Donetsk)

Environment Canada

- Temperature/Humidity – HATPRO (RPG GmBh, Germany);

- Wind – Scintec-3000 Radar Wind Profiler (Scintec Corp, USA);

- Two METEK Micro Rain vertically pointing Radars (MRR-2)

Profilers

+ 4 times/day upper

air sounding in Sochi

Update rate – 10 min

Sky conditions and development of the clouds

Surface conditions

fresh snow

Single cam – 3 sites

(2 at the seashore and one at

11 km from the sea)

Paired cam – 4 sites, all within

the valley at different altitude

(560, 570, 980, 1400 m)

Video cameras

By courtesy of M.Shatunova

Special Snow Profile Measurements

Date Time (Moscow)

Measuri

ng bar

indicati

ons, cm

Sn

aw

fall

Inte

ns

ity,

cm

/hr

Sn

ow

Inc

rea

se, c

m

Fre

sh

Sn

ow

Den

sit

y,

g/c

m3

Typ

e o

f

cry

sta

ls

Siz

e o

f

cry

sta

ls, m

m

Pre

cip

ita

tio

n

typ

e

We

tne

ss

of

pre

cip

iati

on

Pre

cip

tati

on

Am

ou

nt

(mm

)

Air

Te

mp

era

ture

Win

d S

pee

d

an

d D

ire

cti

on

1 2 3 4 5 6 7 8 9 10 11 12 13

Snowfall №1 started 4.01.13. 9:00

4.01.13 09.00 >2 Snow Dry -3 0

12.00 2 0.7 2 0.14 1-2 Snow Dry -2,5 0

15.00 5 1 3 0.12 2 Snow Dry -2,6 0

18.00 6 0.3 1 0.12 2 Snow Dry 3.7 -2,5 0

21.00 8 0.7 2 0.10 3 Snow Dry -1,9 1

00.00 9.5 0.5 1.5 0.10 3 Snow Dry -2.5 0

5.01.13 3.00 19 3.2 9.5 0.8 3 Snow Dry -2.6 2

During snowfalls special snow

measurements were carried out

by the anti-avalanche service in

the area of Krasnaya Polyana.

According to AMS observations

there were precipitation

intensities up to 30 cm/hour at

Roza-Khutor.

FROST-2014

forecast data

•Deterministic forecasts: 8 models, resolutions from 7 km to 250 m

•Ensemble forecasts: 6 systems, resolutions from 11 to 2.2 km

• Nowcasts: 6 systems, mainly pointwise

Point forecasts for all systems were presented on

http://frost2014.meteoinfo.ru/forecast/multi-system-point-forecasts

{

Deterministic forecasts in FROST-2014

Country,

center

Model Resoluti

on,km

Forecast

length,h

Forecasts per

day (UTC)

Available

since

Russia,

RHMC

COSMO-Ru 7; 2.2; 1.1

72(48); 42;

36

4 (00,06,12,18)

4.11.2011

29.01.2014

Canada,

EC

GEM

2.5; 1; 0.25

24 1

(21; 23; 00)

26.04.2013

Finland, FMI

Harmonie

1 36 4 (00,06,12,18)

09.12.2013

USA,

NCEP

NMMB 1

24

2-4 (00,06,12,18)

04.04.2013

GEM-250

COSMO-Ru1

COSMO-Ru7

meteograms

Nowcasting project component:

INTW, CARDS, ABOM (Canada, EC), INCA (Austria,ZAMG),

MeteoExpert (Russia, IRAM), Joint (Russia, RHMC)

CARDS Nowcasting systems on multimodel page of FROST-2014 site

System Name /

Origin

Forc

ini time

(UTC)

Forc length/

data freq

Spatial

resolution and

grid

Ens

size

Period of

data

available

COSMO-S14-EPS /

COSMO /

ARPA-SIMC (Italy)

00

12 72 hr / 3 hr

7 km,

native rotated

model grid

10 21.12.2011-

28.05.2014

GLAMEPS /

HIRLAM-ALADIN /

Metno (Norway)

06

18 54 hr / 3 hr

~ 11 km,

native rotated

model grid

54 22.10.2012 -

31.03.2014

LAEF / ALADIN/

ZAMG (Austria)

00

12 72 hr / 3 hr

interpolated

from native

~11km grid to

Lon-Lat 7 km

grid

17 17.09.2013 -

09.04.2014

NMMB-EPS /

NOAA / NCEP

(USA)

00

12 72 hr / 3 hr

7 km,

Lon-Lat grid

7

19.02.2013-

9.06.2013

13.09.2013-

25.03.2014

FROST-2014 Ensemble Prediction systems:

resolution 7-11 km

System Name /

Origin

Forc

ini time

(UTC)

Forc length/

data freq

Resolution and

grid

Ens

size

Period of

data

available

COSMO-RU2-

EPS/COSMO/

RHMC (Russia)

00

12 48 hr / 1 hr

2.2 km,

native rotated

model grid

10

01.01.2013-

28.02.2013

12.11.2013-

27.05.2014

HARMON-EPS

/HIRLAM-ALADIN/

Metno (Norway)

06

18 36 hr / 3 hr

2.5 km,

Lambert

conformal

projection

13 15.01.2014 -

31.03.2014

FROST-2014 Ensemble Prediction systems:

resolution 2-3 km

LAEF and GLAMEPS EPSgrams COSMO-S14-EPS probability maps

Observation data Observations and forecasts available

at the FROST-2014 server - 1 Data type Format Period of data availability

AMS observations xml 11.11.2011 – till mid May

Temperature/humidity profiler (up to 10

km), Temperature (up to 1 km), Wind

profiler

Text files Winter season 2013-2014

Vertical micro-rain radar profiles from 2

sensors (every 1min)

Images Winter season 2013-2014

High-resolution upper air sounding

profiles (4 times per day) for Sochi

Text files Dec 2013-March 2014

Special snow profile measurements Text tables 2-3 seasons (depending

on location)

Marine and meteorological data from the

anchored sea buoy near the Sochi coast

Text tables

Winter season 2013-2014

Raw radar data from 5 radars (including 3

dual-pol Doppler radars) - every 10 min

Volume

files

22.12.2012 – till mid May

Radar graphical products, including

composite maps

Images 22.12.2012 – till mid May

Observation data Observations and forecasts available

at the FROST-2014 server -2

Data type Format Period of data

availability

Deterministic forecasts GRIB1 or GRIB2

GEM250 - binary

Depends on the

model

Ensemble forecasts GRIB1 or GRIB2 +

graphical products

Depends on the

system

Point forecasts Xml + graphical products Depends on the

model

Nowcasts

Pointwise –txt, graphical

point nowcasting

products,

Fields (INCA)- GRIB1

Depends on the

system

Shots of 7 cameras

(every 10min)

jpg Winter season

2013-2014

Series of official forecast

bulletins for 5 sport venues

Text files Winter season

2013-2014

•Online monitoring of forecast quality at points

FROST-2014 Web-site : Useful tools

•Export of point

forecasts and

observations in

csv-format

•Valuable and successful blog

• Verification is in progress

• A list of interesting synoptic events in February-March in Sochi was prepared – We’re waiting for new case studies

• 4 reports at WWOSC-2014 in Montreal

• Many publications are being prepared

But there is still a lot of work

in FROST-2014 …

With the closure of the

Olympics in March 2014

the project field campaign

was mostly over.

FROST-2014 provided a

valuable information

resource for mesoscale

predictability studies.

Thank you for your attention!

Visit http://frost2014.meteoinfo.ru

for more information and data